Research on Automatic Tracking Method of Marker Points in Sports Image Sequence Based on Feature Matching

Wenlong Cheng
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Abstract

Generally speaking, the methods of automatic tracking and recognition in sports image sequence analysis can be divided into two categories: first, template matching method, which compares each template image with all sub-images in the search area, finds out the most similar sub-image and makes the sub-image a new template, and repeats the above process in the corresponding search area of the next adjacent image; second, feature matching method, which compares the features of the sub-images in the search area and finds the seal. Sports image collection is dynamic, imaging is vague, and the distribution structure of dynamic feature marks is complex. Automatic tracking of dynamic feature marks in sports scenes is the key to realize moving image recognition. In this paper, feature matching is introduced into the automatic tracking method of mark points in sports image sequence. The basic condition that the image to be registered is collinear with the corresponding line segment on the reference image is used to establish the image deformation model, and the full automation of sequence image registration process is realized through the automatic extraction and automatic matching of line segment features.
基于特征匹配的运动图像序列标记点自动跟踪方法研究
一般来说,运动图像序列分析中的自动跟踪识别方法可分为两大类:一是模板匹配法,将每个模板图像与搜索区域内的所有子图像进行比较,找出最相似的子图像并使子图像成为新模板,然后在下一个相邻图像的相应搜索区域重复上述过程;二是特征匹配方法,对搜索区域内的子图像进行特征比较,找到印章。运动图像采集具有动态性,成像模糊,动态特征标记分布结构复杂。运动场景中动态特征标记的自动跟踪是实现运动图像识别的关键。本文将特征匹配引入到运动图像序列标记点的自动跟踪方法中。以待配准图像与参考图像上相应线段共线为基本条件,建立图像变形模型,通过线段特征的自动提取和自动匹配,实现序列图像配准过程的全自动化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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